Lift, Weight, Drag, Thrust Of an Aircraft. [4 Aerodynamic Forces Aviation]

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The Lift of your Aircraft is the Upward Force that is produced by the airflow that flows around your wing.
The Drag is the force that opposes the Aircraft's movement through the Air.
The Weight is the downward force created by the mass of the Aircraft, this force points always toward the center of the earth.
The thrust is the forward force, produced by your engine.
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Disclaimer:
THIS VIDEO IS FOR ENTERTAINMENT PURPOSES ONLY.
NOT FOR REAL-LIFE OPERATIONS.
PLEASE REFER TO THE OFFICIAL MANUAL AND DOCUMENTATION.
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Time stamps:
00:00 Intro
00:30 What Is Lift?
00:50 What is Weight?
01:20 What is Thrust?
01:52 What is drag?
03:00 What if the Aerodynamic forces change?

[@steffenleo5997]

Great stuff Capt Gabriele and very well explained.....thank you so much gracias Amigos....👍👍

[@PILOTCLIMB]

Thanks for your support! Have a great day!

[@Driver170]

Amazing stuff

[@PILOTCLIMB]

Thanks for watching!!

[@euloge996]

thanks

[@PILOTCLIMB]

You are very welcome

[@michaelschwartz9485]

You do an excellent job with your videos. Thank you for your hard work!

[@PILOTCLIMB]

You are very welcome!! Thanks for watching

[@HighField-qr6bl]

Great introduction, but since you are fishing I'll bite: anyone who is inspired to read further into this topic of the four forces in various flight conditions will find statements like "Lift is less than Weight when climbing" (with diagrams showing tilted Lift vectors). It can all start to seem pretty unintuitive... and definitions do need to be kept clear. In the case you are giving in this video the nose is not pointed upwards, and the vector is not then tilted backwards, so the complication does not arise. I hope you will treat the other interesting cases to follow up videos. NB Limiting cases like vertical ascent attained under pure Thrust are helpful memory aids.

[@PILOTCLIMB]

Thanks for watching and your feedback! Have a great day

[@karanmitrabarua8373]

Hello Captain. Hope you are doing good. If you have a video on how the Lift-Weight vector being higher than the Thrust-Drag vector in straight and level flight. It would be much help for me to understand. Thank You

[@PILOTCLIMB]

I'm doing great thanks, I hope the same to you! I don't have a video specifically for that, sorry.